ScreenBeam 1100 Plus Wireless Display Technology

സ്പെസിഫിക്കേഷനുകൾ

• ഉൽപ്പന്നത്തിൻ്റെ പേര്: ഉന്നത വിദ്യാഭ്യാസത്തിലെ വയർലെസ് ഡിസ്പ്ലേ സാങ്കേതികവിദ്യയ്ക്കുള്ള ഫെർപ കംപ്ലയൻസ് ഗൈഡ്
• നിർമ്മാതാവ്: ScreenBeam | Higher Education Technology Solutions
• പാലിക്കൽ: FERPA (Family Educational Rights and Privacy Act)
• ടാർഗെറ്റ് ഉപയോക്താക്കൾ: ഉന്നത വിദ്യാഭ്യാസ സ്ഥാപനങ്ങൾ

The FERPA Compliance Guide for Wireless Display Technology in Higher Education provides a comprehensive framework for educational institutions to ensure compliance with FERPA regulations when using wireless display technology. It covers key concepts, compliance challenges, risk assessments, and implementation frameworks.

ഉൽപ്പന്ന ഉപയോഗ നിർദ്ദേശങ്ങൾ

• Understanding FERPA in Educational Technology Context
  • FERPA protects educational records containing personally identifiable information about students. In wireless display technology contexts, this includes direct and indirect implications on educational records.
• FERPA Risk Assessment
  • The guide outlines high-risk, medium-risk, and low-risk scenarios related to FERPA compliance in wireless display technology. It provides mitigation strategies for each scenario to prevent violations.
  • FERPA-Compliant Wireless Display Implementation Framework
  • Phase 1: Vendor Evaluation and Selection
  • Ensure vendors meet qualification requirements, including appropriate FERPA agreements.
  • Phase 2: Technical Configuration for Compliance
  • Implement security controls and procedures to safeguard educational records during wireless display.
  • Phase 3: Policy Development and Training
  • Develop policies and provide training to ensure FERPA compliance.
  • Phase 4: Ongoing Compliance Management
  • Regularly conduct compliance activities and update procedures as needed. Ensure vendor agreements meet essential FERPA contract provisions.

പതിവുചോദ്യങ്ങൾ

Q: What are the essential provisions in a FERPA-compliant vendor agreement?

A: Essential provisions include data processing and security requirements, data retention and deletion policies, and specific security safeguards to protect educational records from unauthorized access, use, or disclosure.

Q: How can I mitigate the risk of unauthorized access to educational records in wireless display technology?

A: Implement content preview and approval workflows, privacy-compliant logging and retention policies, automatic content deletion, secure storage protocols, controlled guest access, consent procedures, location-based access controls, and user authentication.

Q: What is FERPA?

A: FERPA stands for Family Educational Rights and Privacy Act, which protects the privacy of student education records.

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ആമുഖം

Thank you for your purchase of ScreenBeam 1100 Plus Wireless Display Receiver (hereinafter refer to as “ScreenBeam 1100 Plus”). ScreenBeam 1100 Plus wireless display receiver enables native screen mirroring from your Windows, Android, Apple, and Chromebook devices – without apps or wires. ScreenBeam 1100 Plus lets you wirelessly stream what’s on your wireless display capable device to your HDTV, including movies, videos, photos, music, and more. The receiver frees your eyes from a tiny screen.
The receiver boasts some great features, including fast connect, quick switch, multi-network support, VLAN support, multi-view support, digital signage, enhanced security, IT manageability, smooth video playback, 4K HDMI® output, ultra-low delay, Windows 10/11 optimization, versatile compatibility, low power consumption, and more.
For optimal wireless display experience, we strongly recommend you update your receiver to the latest firmware. Check firmware update now on https://support.screenbeam.com.

1.1 Contents in the Box
Contents in the receiver’s package are listed below:
 ScreenBeam 1100 Plus wireless display receiver (1)
 HDMI® Cable (1)
 AC Power Adapter (1)
 Magnetic Mounting Kit (1)
 Product documentation

1.2 Meeting ScreenBeam 1100 Plus
This manual is applicable to the following catalog #s:
 SBWD1100P

1.2.1 ScreenBeam 1100 Plus

 Power Input (12V/3A), for power supply
 USB ports, (two USB 2.0 ports and one USB 3.0 port), for provisioning CMS connection data, firmware update, connecting to touch display, and USB over network control (UIBC)
 Ethernet Port (ETHERNET), for receiver management with ScreenBeam Central Management System (CMS) / Local Management Interface (LMI) or for multi-media streaming over infrastructure network
 HDMI® Output (HDMI OUT), for connecting to HDTV/projector with an HDMI® port for video and audio output
 HDMI® Input (HDMI IN), for connecting to an HDMI® source for video input
 Audio Output (AUDIO), for outputting audio to speaker
 Power Indicator, indicating power supply status
 Reset button, for resetting the receiver to default settings

1.3 മിനിമം ആവശ്യകതകൾ
System requirements for ScreenBeam 1100 Plus are shown below:

1.3.1 സിസ്റ്റം ആവശ്യകതകൾ
ഇനിപ്പറയുന്ന ഓപ്പറേറ്റിംഗ് സിസ്റ്റങ്ങളിലൊന്നുള്ള 2020 അല്ലെങ്കിൽ പുതിയ ക്ലയന്റ് ഉപകരണം:
 Windows 10/11 21H2 (and later)
 macOS 12 (and later)
 iOS 13 (and later)
 Android 8 (and later) with Miracast
 Chrome OS 100.x (and later) with Cast

1.3.2 Wi-Fi Miracast Facts & Requirements
Most Windows and Android devices have screen mirroring feature built-in to the operating system. This is called Wi-Fi Miracast, an industry standard created by the Wi-Fi Alliance association.
Below are some facts about Miracast and what you need to know for optimum performance:
 Windows and Android Miracast devices discover ScreenBeam receiver via the Wi-Fi Direct (WFD) signal.
 Wi-Fi radio must be turned on for Windows and Android Miracast devices to function.
 ScreenBeam receiver and the Miracast devices must be within 100’ range for the Miracast devices to discover.
 Line-of-sight is not required, but ScreenBeam receiver shall not be placed in a spot where 802.11 Wi-Fi could be affected.
 Miracast devices can connect to ScreenBeam receiver over either:
o Peer-to-peer (P2P) using the WFD signal to send data on one of the 802.11 5GHz channel.
o Or over the network if ScreenBeam is connected to the same network as the
Miracast device. This is called Miracast over Infrastructure Connection, developed by Microsoft® (MS-MICE).
 Only Windows 10/11 Miracast devices can support Miracast over Infrastructure (Infracast). The connection method is transparent to users and Infracast is prioritized over P2P.
o If Windows can reach ScreenBeam receiver over the network, Infracast will be established.
o If Windows cannot reach ScreenBeam receiver over the network, Miracast P2P will be established.
 Performance expectations.
o Infracast performance relies on the quality of the infrastructure network. The clarity and quality of the mirrored content depend on the Windows device’s
Wi-Fi network speed and connection strength.
o Miracast P2P performance relies on the quality of the 802.11 wireless channel configured on ScreenBeam receiver. The clarity and quality of the mirrored content depend on the cleanliness of the Miracast P2P channel, and the Windows device’s Wi-Fi adapter. Below is the recommended list of
Wi-Fi adapters that work well.
 Intel® Dual Band Wireless-AC 7000-series
 Intel® Dual Band Wireless-AC 8000-series
 Intel® Dual Band Wireless-AC 9000-series
 Intel® Wi-Fi 6 AX series
 Qualcomm® Wi-Fi 6 series
 Android devices, depending on the manufacturer, may not support Miracast P2P.

1.3.3 നെറ്റ്‌വർക്ക് ആവശ്യകതകൾ
നിലവിലുള്ള വയർലെസ് നെറ്റ്‌വർക്കിലോ ലാൻ വഴിയോ വയർലെസ് ഡിസ്‌പ്ലേയ്‌ക്കായി:
 Ethernet: 1000BASE-T 10/100/1000 connection (1 Gbps is recommended)
 Wireless: 802.11ac (5 GHz is strongly recommended)
 Multicast DNS (mDNS) support is required for auto-discovery of ScreenBeam

1.3.4 സജ്ജീകരണ ആവശ്യകതകൾ
 ScreenBeam 1100 Plus receiver
 Display with an available HDMI® input
 (Optional) Touchscreen with USB touch cable
 An Ethernet network connection with DHCP IP or a Wi-Fi router
ശ്രദ്ധിക്കുക: ഇത് LAN-ലും മാനേജ്മെന്റിലും വയർലെസ് ഡിസ്പ്ലേയ്ക്കായി ഉപയോഗിക്കുന്നു.

1.3.5 QoS Recommendations
To get premium screen mirroring quality, it is recommended to follow the QoS recommendations below:
 Miracast over Infrastructure (MS-MICE) uses RTSP to setup streaming and RTP via UPD for underlying transport protocol while mirroring. Miracast sets DSCP markings by default of CS5. Bandwidth – Up to 15Mbps.
 AirPlay uses HTTP server to setup streaming and RTP over TCP for the underlying transport protocol while mirroring. AirPlay sets DSCP markings by default of CS4. Bandwidth – Up to 12Mbps.
 Google Cast uses both TCP and UDP for setup, control and streaming. Google Cast does not specify default DSCP markings by default. Bandwidth – 5 Mbps (SD), 10 Mbps (HD) and 20 Mbps (4K).

സ്വീകർത്താവ് ഇൻസ്റ്റാൾ ചെയ്യുന്നു

This chapter explains how to connect ScreenBeam 1100 Plus to a display such as an HDTV or projector. Make sure you have all the contents from the receiver’s package available before starting.

2.1 Setting up ScreenBeam 1100 Plus Receiver
It is quite easy and fast to set up the receiver. You can easily complete the setup by your own.

To connect ScreenBeam 1100 Plus to an HDTV:
1. Get the receiver, AC power adapter, and HDMI® cable from the receiver’s package, and place the receiver next to the display.
2. Plug one end of the HDMI® cable into the HDMI® port (“HDMI OUT”) on the receiver, and the other end into an available HDMI® port on the display.
3. (Optional) If the display has USB HID touch capability, insert the HID USB connector into a USB port on the ScreenBeam receiver. (USB cable is not included).
4. (Optional) Connect one end of the Ethernet cable to the receiver’s Ethernet port and connect the other end to the network switch with DHCP IP. (Ethernet cable is not included).
Note: Refer to Section 2.2 for more information on setting up a network connection. 5. Plug the connector of the power cord to the receiver’s power input port labeled “12V/3A”, and plug the power adapter to a power outlet.
When the above steps are complete, the hardware should be connected as shown in the figure below:
Note: Power adapter may vary in different region.
6. Turn on the display and set it to display the input from the correct HDMI® port (the one you have plugged into in Step 2).
7. Verify that the receiver’s idle screen appears on the display.
The receiver is connected to the display, and it is ready for use.
8. (Optional) Connect your ScreenBeam receiver to a speaker in your room using a 3.5mm audio cable, as shown below:
Note: 3.5mm audio is active in conjunction with the HDMI® output.

ScreenBeam 1100 Plus receiver includes an HDMI® Input to accommodate either wireless or wired connection. If there is an existing HDMI® cable connected to the display for wired projection, it can be used in conjunction with ScreenBeam in case the client device cannot connect wirelessly.

1. Remove the existing HDMI® cable from the display’s HDMI® port.
2. Connect the existing HDMI® cable to the HDMI IN port on the receiver.
3. Connect the provided HDMI® cable from the HDMI OUT of the receiver to the display.
4. Refer to Section 4.3 HDMI® Output Behaviors to manage the HDMI® output behavior.

2.2 Connecting the Receiver to a Network
ScreenBeam 1100 Plus receiver supports both wired and wireless connections. You can deploy ScreenBeam 1100 Plus receivers based on your network requirements.
Note: The setups in this section are optional. Wired Ethernet connection is highly recommended for screen mirroring protocol that requires infrastructure network (e.g., Miracast over LAN, AirPlay mirroring, and Google Cast mirroring).

2.2.1 വയർഡ് കണക്ഷൻ
ScreenBeam 1100 Plus receiver provides a built-in Ethernet port, allowing direct connection to an Ethernet network.
To connect the receiver to an Ethernet network, follow this procedure:
1. (Optional) If you are going to connect your receiver to your network with RADIUS authentication, you need to configure authentication parameters through LMI > Network Settings > Network Interface Settings > Ethernet Interface > 802.1x Settings.

When Authentication is set to PEAP/MSCHAPV2,
 User Name: This is for authentication through a RADIUS server. It is RADIUS account User Name.
Note: The User Name supports these characters: a-z, A-Z, 0-9, and @#$-._, and the length should be 1-128 characters.
 Password: It is RADIUS account password.
Note: The Password supports these characters: a-z, A-Z, 0-9, ~!@#$%^*()_+-=[]{}|:;.,?/ and space. And the length of the password should be 1-63 characters.

When Authentication is set to EAP-TLS, the following items are available:
 User Name: It is the User Principal Name or RADIUS Identity (if necessary).
Note: The User Name supports these characters: a-z, A-Z, 0-9, and @#$-._, and the length should be 1-128 characters.
 Password: It is the password of the Private Key.
Note: The Password supports these characters: a-z, A-Z, 0-9, and ~!@#$%^*()_+-=[]{}|:;.,?/ and space. And the length of the password should be 1-63 characters.
 System Date & Time: It is used to set date and time for the receiver. Users should set the date and time according to the validity period of the certificates.
 CA Certificate: It is the root certificate. Click the Browse button to browse and add the certificate.
 User Certificate: It is the user certificate. Click the Browse button to browse andadd the certificate.
 Private Key: It is the user’s private key. Click the Browse button to browse and add the certificate.
 Validity Period: It displays the effective period of the certificates.
കുറിപ്പ്:
 Currently, only certificates in “.pem” format are supported, and the certificates must be generated using the “DER encoded binary X.509” method.
 The length of the certificate file name must not exceed 64 bytes, and the file size must be less than 100 KB.
 All the three certificates are required for authentication.
 Users should select the right certificate file for each type of certificate.
2. Connect your ScreenBeam receiver to your network with a quality Ethernet cable.
3. The receiver will be assigned an IP address after a few seconds, if a DHCP server is available on your network.

Note: ScreenBeam receiver is set to obtain an IP address automatically by default. If you want to set the receiver’s IP address or DNS server to static, consult your network administrator.
 Refer to Section 5.2 Using Local Management on ScreenBeam for details on how to log into the receiver’s LMI.
 Refer to Section 5.3.7.5 Setting up the Receiver’s IP Address for details on how to set up the receiver’s IP address.
 Refer to Section 5.3.7.6 Specifying a DNS Server for the Receiver for details on how to set up the receiver’s DNS server.

Connecting Client Device

This section provides the instructions on how to connect to ScreenBeam using the native screen mirroring from the most common operating systems.
റഫർ ചെയ്യുക www.screenbeam.com/setup for details and instructions for common operating systems.
കുറിപ്പ്: ദി web page will display instructions based on the client-device OS. Use the links at the bottom of the web OS-നിർദ്ദിഷ്ട നിർദ്ദേശങ്ങൾ തിരഞ്ഞെടുക്കുന്നതിനുള്ള പേജ്.

3.1 ഓവർview of Wireless Display Network Modes
The ScreenBeam 1100 Plus allows presenters with Windows 10/11, macOS, iOS, Android, or Chromebook device to wirelessly display without requiring any apps. ScreenBeam 1100
Plus offers a variety of secured network modes to support connection from internal users on different subnets and external guest users. ScreenBeam 1100 Plus supports local Wi-Fi,
Wi-Fi Miracast, and wireless display over existing infrastructure network. Two or more modes can operate concurrently to support various scenarios where both internal and guest users could simply connect and project.

3.1.1 Local Wi-Fi
The ScreenBeam Wi-Fi mode provides the simplest form of network for client devices to connect and project. In this mode, user needs to connect the client device Wi-Fi to the ScreenBeam Wi-Fi and then select the receiver to mirror. This mode is ideal for guest client devices that need wireless display and/or Internet access. Internet is available if the ScreenBeam receiver is connected to the existing network, wired or wireless, and the receiver’s local Wi-Fi is set to NAT or Bridge. Mobile device with cellular service can access the Internet and wireless display if bridge mode is disabled.

Note: ScreenBeam Wi-Fi is fully secured and manageable via ScreenBeam CMS with options to tune the wireless transmission power, channel and encryption type.

3.1.2 Wi-Fi Miracast
ഒരു ഇൻഫ്രാസ്ട്രക്ചർ വയർലെസ് നെറ്റ്‌വർക്കിലേക്ക് കണക്റ്റുചെയ്‌തിരിക്കുമ്പോൾ പോലും, അനുയോജ്യമായ വൈഫൈ മിറാകാസ്റ്റ് ഉപകരണങ്ങളെ സ്‌ക്രീൻബീമിലേക്ക് നേരിട്ട് കണക്റ്റുചെയ്യാൻ വൈഫൈ മിറാകാസ്റ്റ് മോഡ് അനുവദിക്കുന്നു. 10 മുതൽ വിൻഡോസ് 11/8, ആൻഡ്രോയിഡ് 2020 (ഉം അതിനുശേഷമുള്ളതും) ഉപകരണങ്ങളിൽ മിറാകാസ്റ്റ് സാധാരണയായി ലഭ്യമാണ്. ക്ലയന്റ് ഉപകരണം ഇതിനകം വൈഫൈയിലേക്ക് കണക്റ്റുചെയ്‌തിട്ടുണ്ടെങ്കിൽ ഉപയോക്താക്കൾക്ക് വയർലെസ് ഡിസ്‌പ്ലേയും ഇന്റർനെറ്റ് ആക്‌സസും ആസ്വദിക്കാനാകും.

3.1.3 Wireless Display over existing LAN
ScreenBeam 1100 Plus can be connected to the existing wireless and wired network and supports wireless display for client devices on either network. This is a common setup to support client devices that need access to network resources. Additional port and network configurations may be required for this mode to work seamlessly.
ScreenBeam 1100 Plus can be connected to two different networks concurrently. This dual-network feature allows the flexibility of supporting wireless display for either staff (on internal network) or visitors (on guest network). Refer to the deployment guide for more details.

3.2 Connect using Local Wi-Fi
This section explains how to connect a client device to ScreenBeam 1100 Plus using the local AP on ScreenBeam 1100 Plus.
1. Make sure that the wireless display over LAN features are enabled for Windows 10/11, macOS/iOS AirPlay and/or Google Cast screen mirroring. Refer to section 5.3.2
Wireless Display over LAN for details.
Note: You can also configure your receiver with ScreenBeam CMS.
2. Connect the client device’s Wi-Fi to the wireless network (AP SSID) as shown on the
TV display. And enter the password for the wireless network. By default, the password is screenbeam (case-sensitive).
Note: For Windows 10/11 or Android devices with Miracast, you can skip to Section 3.3 Connect using Wi-Fi Miracast.
3. Select the ScreenBeam receiver name as shown on the TV display.
 For Windows 10/11
Select Connect or Cast from the Action Center by swiping from right or simultaneously pressing the Windows key and K.

Display and Control Options

This chapter describes Orientation modes, projection modes and control options that are supported by the receiver.

4.1 ഡിസ്പ്ലേ ഓറിയന്റേഷൻ
The receiver supports two types of display orientation: Landscape and Portrait. And in
Portrait mode, it is allowed to rotate left or right.
By default, the receiver displays in Landscape mode. In Landscape mode, the receiver supports full features.
In Portrait mode, the following features of the receiver are not supported or present poor user experience: Multi-view mode, Video Conferencing (SBUC), and Digital Signage (framed).

To switch your receiver’s display orientation, follow this procedure:
1. Log into the receiver’s LMI, and go to Features > Display Setting > Display Orientation, and select Landscape, Portrait (Rotate Left) or Portrait (Rotate Right). Refer to Section 5.2 Using Local Management on ScreenBeam for details.
2. Click Apply to save your settings. You receiver will display in the selected display orientation mode soon.

4.2 പ്രൊജക്ഷൻ മോഡ്
The receiver supports three projection modes when connected with a compatible wireless display application.
On Windows, press the Windows logo + P keys simultaneously ( + P) to launch the display options and select a desired display mode from the options.
On macOS, click the Screen Mirroring icon and select a desired projection mode from the options (Mirror Built-in Rentina Display and Use As Extended Display) under the connected ScreenBeam receiver.
 Duplicate (Mirror Built-in Rentina Display on macOS)
The Duplicate mode is used to display the same content on both the device’s screen and the HDTV simultaneously.
Note: There may be minor delay between the content displayed on the HDTV screen compared to the device’s screen. This is due to the current state of wireless display technology.
 Extend (Use As Extended Display on macOS)
The Extend mode creates a single, extended “screen” between the source device and the HDTV. When in the Extend mode, dragging windows to the right side of the device’s screen displays those windows on the HDTV, while dragging windows to the left of the HDTV screen displays them back on the device’s screen. This mode allows users to display selected content on the HDTV, while all other windows remain on the device’s screen. When this mode is first selected, the HDTV displays only the Windows desktop.
 Second Screen Only
The Second Screen Only mode causes the HDTV to be the only display for the device.
You’ll see everything on the connected screen, and your device’s screen will be blank.

4.3 HDMI® Output Behaviors
ScreenBeam 1100 Plus accepts two kinds of input methods: HDMI® input and wireless display connection, and it provides one outputs: HDMI® output. Its input and output follow the rules as discussed below:

4.3.1 സിംഗിൾ മോഡ്
When ScreenBeam 1100 Plus is in Single mode, its HDMI® input and output follow these rules:
 When an HDMI® source is the first connection,
 ScreenBeam 1100 Plus will display this HDMI® source only.
 ScreenBeam 1100 Plus can be detected on a wireless display capable source.
 A wireless display source can connect to the receiver successfully, but it is not displayed.
 The successfully connected wireless display source is displayed after the HDMI® source is disconnected.
 When a wireless display source is the first connection,
 ScreenBeam 1100 Plus will display the wireless display source first.
 ScreenBeam 1100 Plus can’t be detected by another wireless display capable source.
 ScreenBeam 1100 Plus will switch to display the HDMI® source if an HDMI® source connects to the receiver’s HDMI® input. And the wireless display source (except Google Cast) stays connected in the background. Google Cast will be disconnected when an HDMI® source connects to the receiver
 ScreenBeam 1100 Plus will switch to display the wireless display source again if the HDMI® source disconnects from the receiver.

4.3.2 Quick Switch Mode
When ScreenBeam 1100 Plus is in Quick Switch mode, its HDMI® input and output follow these rules:
 When the first connection is an HDMI® source,
 ScreenBeam 1100 Plus will display this HDMI® source first.
 ScreenBeam 1100 Plus will switch to display the wireless display source (except
Google Cast) if a wireless display source connects to the receiver successfully.
 Google Cast devices can’t connect to the receiver.
 When the first connection is a Miracast/Infracast/AirPlay source,
 ScreenBeam 1100 Plus will display this Miracast/Infracast/AirPlay source first.
 ScreenBeam 1100 Plus will switch to display another wireless display source (except Google Cast) if another wireless display source connects to the receiver successfully. And the current Miracast/Infracast/AirPlay connection will be disconnected.
 ScreenBeam 1100 Plus will switch to display the HDMI® source if an HDMI® source connects to the receiver. And the current Miracast/Infracast/AirPlay connection stays connected in the background.
 When the first connection is a Google Cast source,
 ScreenBeam 1100 Plus will display this Google Cast source first.
 No other wireless display sources are allowed to connect.
 ScreenBeam 1100 Plus will switch to display the HDMI® source if an HDMI® source connects to the receiver. The Google Cast will be disconnected when an HDMI® source connects to the receiver.

Device Management for IT Administrator

ScreenBeam 1100 Plus can be configured by using the ScreenBeam CMS software or accessing the ScreenBeam’s Local Management Interface (LMI).

5.1 Using ScreenBeam CMS Software
ScreenBeam Central Management System (CMS) is a highly recommended complimentary tool for multi-unit deployment, configuration and administration.
1. To obtain CMS software and the CMS User Guide, go to: https://support.screenbeam.com/cms.
2. Refer to the CMS User Guide for setup instructions.

5.2 Using Local Management on ScreenBeam
The Local Management Interface can configure and update a single ScreenBeam at a time.
There are three methods to access the LMI:
 Method 1: ScreenBeam Local Wi-Fi Network
 Method 2: Network Connection via DHCP
 Method 3: Wireless P2P Direct Connection

കുറിപ്പ്:
The Local Management Interface is allowed for access in one of the following situations:
 The receiver’s Local Management Interface Access feature is set to Auto and the receiver is not connected to CMS;
 The receiver’s Local Management Interface Access feature is set to Enable.
Refer to Section 5.3.9.3 Setting up Local Management Interface Access for details about Local Management Interface Access.

5.2.1 Method 1: ScreenBeam Local Wi-Fi Network
ScreenBeam receiver’s LMI can be accessed via https://192.168.26.1 after a user’s device has connected to the ScreenBeam receiver’s Local Wi-Fi.

Follow the procedure below to access the ScreenBeam receiver’s LMI,
1. Connect the client device’s Wi-Fi to the ScreenBeam Local Wi-Fi network (AP SSID) as shown on the TV display.
2. Enter the password for the wireless network. By default, the password is screenbeam (case-sensitive).
3. The receiver’s idle screen on the display will show the IP address assigned to the ScreenBeam.
കുറിപ്പ്:
 If the receiver is not connected to any existing wireless network or LAN, its IP address is 192.168.26.1.
 If the receiver is connected a network, the IP address can be identified on the receiver’s idle screen.
4. Enter the assigned IP address into the web browser on a device.
5. The browser may give an error stating “The connection or site is not secure or private.”
Manually accept the connection as follows:
 Chrome browser: click Advanced, and then click Proceed to ….
 Edge browser: click Advanced, and then click Continue to ….
 IE browser: click Details, and then Go on to the webപേജ് (ശുപാർശ ചെയ്തിട്ടില്ല).
 Firefox browser: click Advanced, then click Accept the Risk and Continue.
6. When the ScreenBeam management page appears, enter the Username
Administrator and Password screenbeam (both case-sensitive).
By default, the Username is Administrator, and password is screenbeam.

5.2.2 Method 2: Network Connection via DHCP
ScreenBeam receiver’s LMI can be accessed via the IP address (https:// + receiver’s IP

 

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ScreenBeam 1100 Plus Wireless Display Technology [pdf] ഉപയോക്തൃ ഗൈഡ് 1100 Plus Wireless Display Technology, 1100 Plus, Wireless Display Technology, Display Technology, Technology

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